As previously reported, in an ideal fluid, viscosity largely depends on temperature and pressure: Water will continue to flow regardless of other forces acting on it, such as stirring or mixing. In a non-Newtonian fluid, the viscosity changes in response to an applied strain or shearing force, thereby straddling the boundary between liquid and solid behavior. Stirring a cup of water produces a shearing force, and the water shears to move out of the way. The viscosity remains unchanged. But for non-Newtonian fluids like oobleck, the viscosity changes when a shearing force is applied.
业绩恶化的同时，管理层也接连出现问题。。易歪歪对此有专业解读
Министр обороны Эстонии выразил недовольство действиями американской администрации02:33，更多细节参见geek卸载工具下载-geek下载
| One (y, s) - Zero (cons (x, y) s)